leinay
Newbie level 1
Upon providing half of the solution $25 bucks will be delivered
Upon providing the second half of the solution, the resting $25 bucks will be delivered
Send solution to leinay1985@hotmail.com
Given System:
1.120VAC 60Hz ( for use as a power source)
2.A signal input containing 3 different frequency components as follows:
a.200mV peak to peak sine wave at 100kHz
b.200mV peak to peak sine wave at 800kHz
c.200mV peak to peak sine wave at 2MHz
Questions to be solved:
A. Design a DC power supply capable of providing +5VDC, -5VDC and Ground reference centered between these two. This supply does not have to supply large amounts of current. Include simulations showing ripple voltages as well as you circuit schematics
B. Using the above specified power supply ( or an equivalent supply) to power the rest of your design, Design a filter which isolates the 800kHz signal component. Your final output should be 2V peak to peak. You may use a 1kW resistor as a load for your output. Include a schematic of your circuit as well as transient and spectrum analysis of the output signal
Upon providing the second half of the solution, the resting $25 bucks will be delivered
Send solution to leinay1985@hotmail.com
Given System:
1.120VAC 60Hz ( for use as a power source)
2.A signal input containing 3 different frequency components as follows:
a.200mV peak to peak sine wave at 100kHz
b.200mV peak to peak sine wave at 800kHz
c.200mV peak to peak sine wave at 2MHz
Questions to be solved:
A. Design a DC power supply capable of providing +5VDC, -5VDC and Ground reference centered between these two. This supply does not have to supply large amounts of current. Include simulations showing ripple voltages as well as you circuit schematics
B. Using the above specified power supply ( or an equivalent supply) to power the rest of your design, Design a filter which isolates the 800kHz signal component. Your final output should be 2V peak to peak. You may use a 1kW resistor as a load for your output. Include a schematic of your circuit as well as transient and spectrum analysis of the output signal
